High Temperature pH & ORP Sensors for Paris & EU Markets

Precision Electrochemistry Engineered for Severe Thermal Environments: Steam Sterilization (SIP), Industrial Fermentation, and Heavy Process Water Analytics.

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Industrial Flagship High-Temperature Sensors

Pre-selected electrochemistry series designed for automated production lines across Île-de-France bioreactor facilities and industrial manufacturing.

Electrochemical Precision for the Paris Industrial Ecosystem

Addressing continuous thermal, biochemical, and regulatory demands across the Seine-Aval water network and French biotechnology clusters.

Biopharma & Bio-Cluster Demands

The Genopole biocluster and Paris-Saclay innovation hubs require inline analytical probes capable of surviving repeated SIP (Steam-In-Place) and CIP (Clean-In-Place) regimes at 130°C without zero-point drifting or recalibration delays.

District Heating & Geothermal Systems

CPCU (Compagnie Parisienne de Chauffage Urbain) operates extensive high-temperature condensate and pressurized steam circuits. Continuous ORP/pH tracking stops caustic gouging, acidic corrosion, and scale build-up inside central heat exchangers.

Stringent Water Framework Standards

Operating under SIAAP regulations along the Seine basin demands uncompromising effluent accuracy. Our industrial glass formulations eliminate reference electrode poisoning caused by trace sulfides, heavy metals, or volatile organic compounds.

130°C Continuous SIP Resistance
0.6 MPa Operating Pressure Envelope
<15s Thermal Equilibrium T90
100% Traceable In-House Calibration

China Industry 4.0: Electrochemical Engineering & Supply Chain Resilience

Combining proprietary glass-blowing methodologies with automated solid-state electrolyte crosslinking to secure European supply lines.

Polymerized Solid Gel & Dual Junctions

Traditional liquid KCl reference junctions deplete instantly under elevated heat. Our factory deploys high-purity, cross-linked polymerized gel systems combined with pressurized porous ceramic or Teflon diaphragms, eliminating process media back-diffusion.

Lithium-Treated Low-Impedance Glass

Synthesized in our specialized high-temperature laboratory, our responsive glass membranes offer ultra-low electrical resistance at elevated temperatures while preventing high-pH sodium ion errors across alkaline neutralization steps.

Complete OEM/ODM Architecture

From PG13.5 mechanical thread dimensions to VP8, S8, and variopin connectors, our production facility delivers direct replacements for legacy European systems with tailored immersion lengths (120mm to 420mm) and integrated PT100/PT1000 RTDs.

European Compliance & Local Integration Guarantees

Engineered to align directly with EU machine directives, pharma guidelines, and automated DCS networks.

CE & RoHS Harmonization

All electrode assemblies and digital signal processors comply with European Directive 2014/30/EU (EMC) and 2011/65/EU (RoHS), ensuring risk-free integration into French OEM panel designs and instrumentation racks.

Direct Modbus RS485 & 4-20mA Output

Connect directly to Siemens, Schneider Electric, or ABB PLCs. Our integrated digital sensors compute pH, ORP, and temperature inline, broadcasting standardized Modbus RTU payloads without requiring external secondary transmitters.

FDA & Sanitary Alignment

Wetted materials, including fluoropolymer seals, pharmaceutical-grade glass, and 316L stainless steel sleeves, satisfy FDA 21 CFR 177 standards for sanitary bioprocess engineering, food processing, and active pharmaceutical ingredient (API) production.

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Engineering Solutions for Complex Thermal Processes

Cross-industry deployments resolving measurement failures across extreme pH, salt, and thermal environments.

Pure Steam Condensate & Boiler Loops

Challenge: Ultra-pure water at elevated temperatures has negligible conductivity, causing electrode flow potential errors.
Solution: Pressurized liquid-junction systems with high-flow electrolyte reserves that establish a stable potential without contaminating ultra-clean feedwater.

Industrial Fermentation Broth

Challenge: Cellular adhesion and repeated clean-in-place steam cycles foul the glass diaphragm.
Solution: Open annular junctions combined with solid polymer electrolyte matrices that resist protein precipitation and prevent junction clogging entirely.

Thermal Effluent Neutralization

Challenge: Rapid chemical spikes from hot acid/alkali dumps fracture standard industrial glass.
Solution: Thermal shock-resistant formulation capable of withstanding instantaneous temperature shifts of up to 60°C without structural microfracturing.

Procurement & Technical Questions for French Buyers

Comprehensive engineering insights regarding shipment, technical specs, longevity, and maintenance.

How do these sensors withstand continuous 130°C sterilization without signal drift?
Standard sensors fail during steam sterilization because the internal liquid reference boils or builds internal pressure that forces process media inside. Our high-temperature series uses a cross-linked polymer reference electrolyte containing saturated KCl, coupled with an internal pre-pressurized chamber (up to 6 bar). This guarantees that electrolyte migration remains outward at an imperceptible, steady rate, preventing process contamination and eliminating zero-point shift post-autoclave or SIP cycles.
Can our Paris facility retrofit these sensors into existing European housing fittings?
Yes. All our probes are manufactured strictly according to standard European DIN dimensions. They feature PG13.5 process threads and standard 12mm shaft diameters, fitting seamlessly into retractable, immersion, or flow-through assemblies from major brands such as Ingold, Endress+Hauser, Hamilton, and Mettler Toledo. Connector options include VP, S8, K8S, and direct cabling.
What are the delivery lead times and customs handling procedures for shipments to France?
Standard sensors are maintained in stock for rapid dispatch via DHL/FedEx Express directly to Roissy-Charles de Gaulle (CDG), arriving within 4 to 6 business days. For bulk OEM orders, sea or multimodal air freight is arranged with complete Export Declaration documents, CE Declarations of Conformity, Certificate of Origin, and complete chemical compliance sheets to ensure rapid customs clearance through French ports.
How does the internal automatic temperature compensation (ATC) interface with PLCs?
Our sensors can be supplied with embedded high-precision PT100, PT1000, or NTC 22kΩ temperature elements housed directly inside the pH glass bulb. This ensures instantaneous temperature readings that dynamically calculate Nernst slope adjustments in your local transmitter, controller, or direct Modbus processor, eliminating algorithmic lag during rapid heat-up phases.
Do you offer custom labeling and specialized cable lengths for European distributors?
Yes, our factory has a comprehensive OEM/ODM division. We routinely print custom logos, brand markings, part numbers, and batch codes on sensor shafts and connection heads. Cables can be tailored to any length (up to 30m) using low-noise, double-shielded, heat-resistant coaxial cables fitted with custom termination pins or connectors.

Comprehensive High-Temperature pH & ORP Sensor Catalog

Explore complete specifications across our full export range manufactured under ISO 9001 and ISO 14001 quality systems.

Initiate Your Direct Factory Procurement

Request technical datasheets, full batch calibration records, or OEM trial samples configured precisely for your Paris facility process conditions.

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